Researchers:
At STRYDE, we empower academics and scientific researchers with the world’s most advanced seismic technology to unlock unparalleled insights into the subsurface.
Whether you are looking to understand how elephants use seismic waves to communicate, test new methodologies for safe and effective energy transition, or predict landslides, our low-cost technology equips you with the tools to transform bold research concepts into achievable outcomes.
Making even the most ambitious studies possible at an affordable price, our seismic acquisition systems are specifically designed to deliver the high-quality, high-density seismic data you need for innovative and impactful research.
A portable laptop-based nodal seismic system designed to enable land seismic projects requiring up to 1,500 channels.
A low-cost, agile, desktop-based system designed to enable land seismic projects requiring up to 30,000 channels.
Deploy a high-density seismic array and acquire detailed, dense data at the same cost as conventional seismic, thanks to our industry-leading cost per channel. This allows you to uncover intricate subsurface details with unparalleled precision.
STRYDE nodes are the smallest and lightest seismic sensors on the market, making them ideal for fieldwork in remote and challenging environments. Transport, deploy, and retrieve nodes with ease, reducing field time and operational complexity, and costs.
From top universities to pioneering research organizations, academics worldwide rely on STRYDE’s innovative seismic solutions to help them push the boundaries of their disciplines and change our future for the better.
Maximize your research budget without compromising on data quality. STRYDE’s seismic systems are engineered to provide high-resolution seismic data at a fraction of the cost of other nodal systems or cabled seismographs.
Staff member at Rice University
"This survey was the highest in density and channel count ever conducted by our team. Achieving our desired trace density within our time and labour constraints would not have been possible without STRYDE's agile nodes.
The lightweight nature of these nodes marked a significant advancement for us, allowing for high-density deployments on foot, even in rough terrain.
Our team was thoroughly impressed with the STRYDE system, particularly valuing the integrated node deployment backpack, navigation tablet, GPS unit, and node initialisation device, which greatly enhanced the efficiency and effectiveness of our deployment process."
A small snippet of the applications where STRYDE has been used to advance research:
Upgrading equipment from bulky nodal devices to STRYDE's autonomous nodes has enabled researchers to conduct high-density reflective, microseismic , and passive seismology studies for geothermal exploration, and well monitoring.
Ranging from time-lapse imaging for measurement of seismic velocity changes associated with soil moisture changes, to examining the influence of the largest trees on Earth on subsurface bedrock weathering, STRYDE has been deployed on a diverse range of critical zone studies.
From monitoring and predicting landslides to forecasting volcanic activity and assessing subsurface suitability for high-rise construction, STRYDE's technology has played a pivotal role in delivering critical insights that safeguard lives and protect our planet.
Proven to deliver high-resolution geophysical data for generating detailed geological models, enabling the exploration and understanding of natural hydrogen in the subsurface—a previously challenging task now made possible through dense seismic acquisition using STRYDE, in any terrain.
Fill in this form to understand how you can partner with STRYDE to bring your academic projects to life.
Our team of experts are here to support you every step of the way, from survey design advice to system setup and field support. Let’s work together to push the boundaries of scientific discovery!
